Thesis - Software Engineering for Educational Purpose - Embedded Device

25.04.2025, Abschlussarbeiten, Bachelor- und Masterarbeiten

We offer a thesis on "Software Engineering for Educational Purposes – Embedded Device." Focus: enhancing an educational internet radio (embedded system, audio streaming, real-time processing). Required: C skills, embedded experience. Extras: MP3, HTTP/S. Benefits: expert guidance, modern tools, hands-on, publication support. Apply with CV, cover letter, and start date.

The Chair of Robotics, Artificial Intelligence, and Real-Time Systems is currently looking for a student to write their Bachelor's or Master's thesis on the topic: "Software Engineering for Educational Purposes – Embedded Device".

Your Tasks

• Project: Optimization and feature enhancement of an internet radio implementation.
• Testing and Validation: Ensure stability, reliability, and performance of the system.
• Documentation & Publication: Detailed documentation of the developed solutions and outcomes. Support with scientific publications depending on the results.

Your Profile

• Academic Background: You are a student of Computer Science or a related field.
• Technical Expertise: Solid knowledge of C and hands-on experience with embedded devices.
• Preferred Additional Skills: Experience with MP3 processing, HTTP/S protocols, and real-time systems.
• Personal Traits: Strong analytical skills and a self-reliant, structured working style.

What We Offer

• Innovative Research Environment: Work on a practical project in the field of digital signal processing.
• Expert Supervision: Close collaboration with experienced researchers and experts from the chair.
• Modern Equipment: Access to state-of-the-art hardware and software tools.
• Support: Assistance with your thesis and opportunities for academic publication.

About the Project - Internet Radio

The Internet radio is a compact embedded system designed for educational purposes, featuring a microcontroller-based architecture capable of streaming audio content over HTTP. It demonstrates real-time audio decoding, playback, and user interface integration. The project serves as a hands-on platform for learning digital signal processing, embedded programming, and system integration. The goal is to continuously improve functionality, stability, and user experience, making it an ideal foundation for academic theses and research contributions.

Application

If you're interested, please send us your complete application documents (cover letter, CV, relevant certificates, and proof of internships or project work), including your earliest possible start date.

Kontakt: nils.purschke@tum.de